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Home>>MIMS Technology |
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MEDICAL INFORMATION MANAGEMENT SYSTEM (MIMS) TECHNOLOGY |
MIMS is a real-time, medical, data and information management system that provides
an integrated approach to managing medical data. In a single application, MIMS combines clinical data
management, information visualization, informatics, along with two-way streaming video, voice and text.
MIMS is engineered specifically to transmit and receive medical-grade, high-definition, video and voice,
various types of 3D medical images and real-time patient vitals. MIMS uses mobile-wireless devices to
deliver real-time medical information and clinical data to the palms of physicians, nurses and other
healthcare professionals. Although MIMS is access-agnostic, its primary means to exchange medical information
is using commercial wireless infrastructure and Broadband Wi-Fi. However, it also takes advantage of other
types of access technologies, such as Satellite communications. MIMS features include: |
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• ELECTRONIC CLINICAL DATA MANAGEMENT
Electronic Clinical Data Management is a real-time, medical, data and information management
tool that provides an integrated approach to managing medical data. Its unique algorithm allows multiple types of
real-time, patient data (i.e. vital s, lab results, prescription doses) to be correlated against specific symptoms
or illnesses and displayed on easy-to-read dashboards or stored in an electronic record. MIMS integrates data from
other electronic medical record applications and use a series of decision-support algorithms. Such data can then
be transmitted for specialized, medical attention over a network, to physicians in remote locations who can diagnose
the specific illness. It can also be stored in an electronic medical record.
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• TELEMEDICINE RESOURCES
Telemedicine Resources are used to transmit and receive medical-grade, high-definition,
video and voice, and various types of 3D medical images to facilitate managing patient treatment when the
patient and their physician are in different locations. Physicians can now monitor patients from any location,
at anytime, and have the right data available to make more informed clinical decisions. Specialized remote care
will now be accessible to rural locations or any location that needs immediate, specialized care.
Physicians will have remote access to monitor a patient’s chronic condition in real-time and have preset limits and
alarms to alert them if their condition changes abruptly or to an unsafe status. Physicians with multiple patients
located at multiple hospitals or nursing homes will be able to monitor each of them independently from one remote
location, and send notes to the nursing staff electronically if treatment actions are necessary. Physicians also
have the capability to remotely monitor a patient’s critical vitals after a surgical procedure.
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• DOCTOR-to-DOCTOR INTERACTION
Doctor-to-Doctor (D2D) technology creates ad-hoc networks within the larger cellular network.
This technology allows physicians to efficiently conduct real-time, coordinating sessions and make coordinating
with staff easier and more effective. Medical images and notes from nurses can be reviewed simultaneously for
results-driven treatment plans. With D2D, physicians have remote access to medical portals that host up-to-date
clinical procedures, clinical trials and drug interaction data. This information is available during time-of-care
or at any point during the day to allow them to make knowledge-based decisions versus totally relying on their memory.
Doctor-to-Doctor also has a “not-available” mode which will allow physicians to divert all incoming requests
to another physician during this time. When using this mode, the primary physician will still receive the information.
However, the “on-call” physician will be expected to respond. This is to ensure that the patient’s needs are always met
and that the physician’s liabilities are minimized.
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